South Korea is taking an interesting step towards combining private 5G, Artificial Intelligence (AI) and robotics through a new project invo...

QKS Group is an enterprise advisory services delivering analyst-led technology strategy, market intelligence, and digital transformation insights.

EDUARDO BAPTISTA reports China's defence establishment is accelerating research into humanoids’ military uses.

Santa Maria growers adopt new technology to combat powdery mildew, reduce chemical use and address labor shortages in wine production.

Santa Maria growers adopt new technology to combat powdery mildew, reduce chemical use and address labor shortages in wine production.

Crit Ventures invests ₩1B (~$770K USD) in Korean RaaS startup Neubility to advance autonomous robot tech and accelerate global expansion.

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An autonomous robot just made its first executive decision: it fired OpenAI. The AI revolution is moving faster and weirder than you can imagine. Welcome to your essential AI News briefing, where we decode the chaos of the coming machine age. In this episode, we're unpacking the story of the Figure 03 robot, the new household helper that got so smart, so fast, it unilaterally terminated its partnership with OpenAI. We'll also reveal the bizarre psychological reason your first robot butler will probably need to be fuzzy. Then, we dive into the brutal silicon horse race. We’ll break down the latest ARC AGI benchmark scores, revealing the secret model that's already outperforming the much-hyped GPT-5 Pro. We also cover the bleeding-edge training methods like Reinforcement Learning that are teaching AIs to code and do math better than humans. Finally, we tackle the trillion-dollar question that has Wall Street terrified: with this explosion in AI investment, are we living in the biggest AI bubble in history, or is this the dawn of a new economy? Want to stay ahead of the curve and understand the future before it happens? Follow now and share this briefing with anyone who needs to be in the know.

Are we on the brink of a world where robots not only think—but feel? In this electrifying episode of “The Rise of Sentient Machines,” we dive deep into the astonishing advancements in artificial intelligence and robotics that are blurring the line between human and machine. Meet the new generation of humanoid robots—like Headform’s expressive androids, Sophia, Ameca, and the Ling CX2—who are not just mimicking our faces, but understanding our emotions, learning autonomously, and even holding conversations that feel eerily real. We’ll explore how these sentient machines are crossing the infamous “uncanny valley,” and what it means for the future of human-robot interaction. But with great intelligence comes even greater questions: Could AI develop consciousness? Should robots have rights? And what happens when machines start demanding a seat at the table? Packed with jaw-dropping stories, ethical dilemmas, and a dash of wit, this episode is your front-row ticket to the future of AI, robotics, and the very definition of what it means to be human. Whether you’re a tech enthusiast, a sci-fi fan, or just curious (and maybe a little nervous) about the rise of sentient machines, you won’t want to miss a second. Ready to challenge your idea of reality? Hit play, subscribe, and share this episode with your fellow humans—before the robots beat you to it!

What if robots could think for themselves—no cloud, no lag, just pure, real-time intelligence? In this episode, we dive into the game-changing world of Google DeepMind’s Gemini Robotics on-device model, the breakthrough that’s redefining what robots can do. Imagine a compact AI brain that lets robots operate autonomously, process information instantly, and make split-second decisions—whether on the factory floor, in your living room, or even on a mission to Mars. We’ll break down how Gemini Robotics is slashing latency, boosting adaptability, and delivering jaw-dropping performance with minimal training data. You’ll hear how this on-device AI is setting new standards for robot safety and flexibility, making it a must-watch development for anyone fascinated by artificial intelligence, robotics, or the future of technology. From the latest in edge AI to the real-world impact of autonomous robots, this episode is packed with insights, controversy, and a glimpse into a future where machines are smarter, faster, and more independent than ever. Whether you’re a tech enthusiast, a robotics pro, or just curious about the next big thing, you’ll want to stick around till the end. Ready to see how Google DeepMind is changing the robotics game? Hit play, share this episode with your fellow techies, and don’t forget to subscribe for more mind-blowing updates on AI and robotics!

TECH NEWS – Artificial intelligence has successfully carried out surgery in an experiment by following surgeons’ vocal instructions.   Medical technology is advancing at a science-fiction pace. A surgical robot has recently hit a huge milestone in both “soft” and “hard” skills: a robot managed to successfully operate on a pig’s gallbladder, guided only by voice commands. “This work marks a significant leap compared to previous efforts, as it addresses some fundamental barriers to deploying autonomous surgical robots in real-world settings,” said the study’s lead author, Ji Woong “Brian” Kim. Before the procedure, the robot was trained on videos of the operation. Then, during the actual gallbladder removal, it carried out the surgery by responding to verbal commands from the lead surgeon. The robot was… Read more... The post Autonomous Robots Now Perform Surgery on Verbal Command—Science Fiction Becomes Reality in the Operating Room! appeared first on theGeek.games.

In a joint advance from the University of Pennsylvania and the University of Michigan, engineers have designed the smallest fully programmable autonomous robots ever built – machines small enough to...

Robotics software testing startup Antioch Inc. says it’s going to make science fiction a reality after raising $4.25 million in a preseed funding today. Antioch was founded earlier this year by a team...

BEIJING, March 10, 2026 /PRNewswire/ — One year after autonomous mobile robots (AMRs) were introduced at Chery’s Dalian factory, the system continues to support large-scale internal logistics operations across both the welding and final assembly workshops, demonstrating sustained performance in a high-volume automotive production environment. The project includes 435 AMRs planned for deployment across the facility. To date, over 270 robots are operating in the welding and final assembly workshops, supporting a high-volume automotive production environment where daily output ranges between 800 and 1,000 vehicles. In automotive manufacturing, uninterrupted material delivery is critical to maintaining production line stability. Internal logistics […]

Nvidia dévoile sa nouvelle puce pour dominer l’ère des robots autonomes

A blog looking at Wireline & Wireless telecoms infrastructure including Small Cells, 2G, 3G, 4G, 5G & Wi-Fi

TECH NEWS – Artificial intelligence has successfully carried out surgery in an experiment by following surgeons’ vocal instructions.   Medical technology is advancing at a science-fiction pace. A surgical robot has recently hit a huge milestone in both “soft” and “hard” skills: a robot managed to successfully operate on a pig’s gallbladder, guided only by voice commands. “This work marks a significant leap compared to previous efforts, as it addresses some fundamental barriers to deploying autonomous surgical robots in real-world settings,” said the study’s lead author, Ji Woong “Brian” Kim. Before the procedure, the robot was trained on videos of the operation. Then, during the actual gallbladder removal, it carried out the surgery by responding to verbal commands from the lead surgeon. The robot was… Read more... The post Autonomous Robots Now Perform Surgery on Verbal Command—Science Fiction Becomes Reality in the Operating Room! appeared first on theGeek.games.

Les robots mobiles ont besoin de solutions de localisation flexibles pour améliorer l’efficacité des processus dans les domaines de la logistique et de la fabrication. Avec l’acquisition de la start-u...